Managed PoE-switch ALLNET ALL-SG8454PM-10G met 48+6 PoE-poorten en 10G-uplinks

The ALLNET ALL-SG8454PM-10G is a managed Power-over-Ethernet (PoE) switch with 48 PoE-capable ports plus 6 additional ports and 10G uplink capability. It is designed to deliver centralized PoE power and high-speed aggregation for network deployments that require both device powering and increased uplink bandwidth. The switch supports managed switching features for VLAN segmentation and traffic control, making it suitable for office networks, surveillance camera systems and access networks that need reliable PoE distribution together with 10G connectivity.

Advantages

The switch combines a large number of PoE ports with extra non-PoE ports and 10G uplinks to enable consolidated device powering and high-throughput aggregation. Managed switching functions allow administrators to segment traffic, apply QoS and implement access policies. Centralized PoE reduces the need for separate power supplies for connected devices and simplifies cabling and deployment. The 10G uplink capability supports higher backbone throughput for core switches or aggregation points.

Suitable for

• Enterprise and small-to-medium office networks that require PoE for phones, access points and IoT devices
• IP video surveillance deployments with multiple PoE cameras
• Network aggregation points needing 10G uplink capacity
• Access network installations where centralized power management simplifies maintenance

Key specifications

• 48 PoE-capable ports plus 6 additional ports for flexible port allocation
• 10G uplink support for high-speed aggregation
• Managed switch features including VLAN segmentation and traffic management
• Rack-mountable form factor suitable for standard network racks

How to use

Install the switch in a suitable rack or cabinet and connect the 10G uplink port(s) to your core or aggregation switches to provide increased backbone bandwidth. Connect PoE-powered devices such as IP phones, wireless access points and network cameras to the PoE ports; non-powered devices can use the additional ports. Configure management settings through the switch’s management interface to define VLANs, apply QoS rules and set access controls. Monitor port power consumption and traffic to ensure devices receive the required power and bandwidth.

Recommendations

Plan PoE power budgets before deployment to ensure the combined power requirements of all connected devices do not exceed the switch’s available PoE budget. Use the managed features to segment bandwidth-sensitive services and reserve 10G uplink capacity for aggregated traffic flows.